Hallux Rigidus Exercises 2026: Podiatrist’s Stage-by-Stage Protocol

Hallux rigidus — Latin for “stiff big toe” — is the most common form of osteoarthritis in the foot, affecting the 1st metatarsophalangeal (MTP) joint. As cartilage erodes and bone spurs form, dorsiflexion (upward motion) progressively disappears. In early stages, a targeted exercise program can meaningfully slow progression, reduce pain, and delay or prevent surgery. In advanced stages, the wrong exercises can aggravate bone spurs and accelerate joint damage.

This guide covers the evidence-based exercise protocol we use clinically, staged by severity, plus the conservative treatments that work synergistically with exercise.

Stage Your Hallux Rigidus Before Exercising

The Coughlin & Shurnas grading system determines which exercises are appropriate and which are harmful:

Stage	Dorsiflexion	X-Ray Finding	Exercise Approach
Stage 1	40–60° (mild loss)	Minimal spurring, joint space preserved	Full exercise protocol — highest benefit
Stage 2	10–40°	Moderate dorsal spur, >50% joint space	Modified protocol, avoid forced DF
Stage 3	<10°	Severe spurring, <50% joint space	Pain management only — motion exercises may aggravate
Stage 4	Near zero	Global narrowing ± loose bodies	Conservative management fails — surgical discussion

If you have not had an X-ray to stage your hallux rigidus, do not begin an aggressive extension-based exercise program. What feels like Stage 1 stiffness is sometimes Stage 3 with a large dorsal spur that exercises will directly impact.

The 6 Best Hallux Rigidus Exercises (Stage 1–2)

1. Seated Big Toe Extension Stretch

Target: Plantar plate and flexor hallucis brevis — the primary structures limiting dorsiflexion in early hallux rigidus.

How to perform: Sit with foot flat on the floor. Grip the big toe with both thumbs on the top of the toe and fingers beneath. Gently pull the toe upward (dorsiflex) until you feel a stretch at the MTP joint — not a sharp pain. Hold 30 seconds, 3 sets, twice daily.

Progression: Once 30° passive dorsiflexion is comfortable, add a 1 lb weight across the dorsum of the foot during the stretch for progressive loading.

Avoid if: You feel a hard bony block at end range (Stage 3–4) — you are compressing the dorsal spur, not stretching soft tissue.

2. Towel Toe Scrunches (Intrinsic Strengthening)

Target: Intrinsic foot muscles that stabilize the MTP joint and reduce compensatory loading patterns that accelerate hallux rigidus.

How to perform: Place a small towel flat on a hard floor. Using only toe flexion (not ankle or arch), scrunch the towel toward you. 3 sets of 20 repetitions daily. Progress to picking up marbles and placing them in a cup — this isolates the flexor hallucis brevis more specifically than towel scrunches.

3. Standing Calf Raises with Toe Extension

Target: This exercise simultaneously loads the gastrocnemius/soleus complex and maximally dorsiflexes the MTP joint at the top of the movement, providing a functional stretch in a weight-bearing position.

How to perform: Stand on a step with heels hanging. Rise onto the balls of the feet (standard calf raise). At the peak, allow the big toe to extend maximally into the step edge. Lower slowly. 3 sets of 15. Use a railing for balance. Contraindicated in Stage 3–4 — the forced extension at peak load will compress the dorsal spur.

4. Big Toe Mobilization (Joint Distraction)

Target: MTP joint capsule and collateral ligaments. Joint mobilization techniques help restore accessory motion (glide, spin) that is prerequisite for full dorsiflexion.

How to perform: Grasp the proximal phalanx (not the nail) of the big toe. Apply a gentle longitudinal traction force (pulling the toe straight away from the foot) while simultaneously performing small oscillatory movements in all planes — up/down, side to side. 2 minutes per session. This is most effective after a warm shower when joint capsule compliance is highest.

5. Peroneal and Tibialis Anterior Strengthening

Target: Extrinsic muscles that control forefoot pronation/supination. Patients with hallux rigidus frequently develop a supination compensation pattern that overloads the lateral forefoot — strengthening these muscles corrects the gait deviation.

How to perform: Seated resisted eversion with a resistance band (peroneal focus) — 3 sets of 20. Seated resisted dorsiflexion with inversion (tibialis anterior focus) — 3 sets of 20. Progress to single-leg balance on an unstable surface (foam pad) — 3×30 seconds each foot.

6. Gait Retraining: Reduce Toe-Off Loading

This is not a traditional “exercise” but it is the most clinically impactful intervention for daily pain reduction. Hallux rigidus pain spikes during toe-off because this phase requires 50–65° of MTP dorsiflexion. Shortening stride length by 10–15% and slightly externally rotating the foot during walking significantly reduces MTP joint load. A physical therapist with gait analysis capability can quantify this. A rocker-bottom shoe accomplishes the same goal passively.

Exercise Protocol Summary: What to Do Weekly

Exercise	Frequency	Stage	Key Tip
Big toe extension stretch	2×/day, 3 sets × 30s	1–2	Soft tissue stretch only — no bony block
Towel scrunches / marble pickups	Daily, 3×20	1–3	Isolate toe flexion, not arch
Standing calf raises w/ extension	3×/week, 3×15	1–2 only	Contraindicated Stage 3–4
Joint distraction mobilization	Daily, 2 min	1–2	Post-shower for best compliance
Resisted band work (peroneals, TA)	3×/week, 3×20	1–3	Correct supination compensation pattern
Gait retraining / rocker shoe	All day, every step	1–4	Highest impact on daily pain

Conservative Treatment That Amplifies Exercise Results

Exercises work best as part of a multi-modal conservative protocol. Used alone, they produce modest results. Combined with the following, many Stage 1–2 patients stabilize for years without surgery:

• Stiff-soled / rocker-bottom shoes: Reduces dorsiflexion demand at toe-off. HOKA Bondi, New Balance 928v3, or a custom carbon fiber toe plate inside any shoe.
• Morton’s extension orthotic: A rigid extension under the hallux that blocks MTP dorsiflexion and transfers load proximally. Dramatically reduces pain during activity.
• Intra-articular corticosteroid injection: Best used to break an acute flare before resuming exercise — not as a standalone therapy. One to two injections per year maximum.
• Oral NSAIDs: Meloxicam 15 mg or naproxen 500 mg twice daily with food for acute flares. Not appropriate for long-term daily use.
• EPAT (shockwave therapy): Emerging evidence for stimulating cartilage regeneration in Stage 1–2 hallux rigidus. 3–5 sessions at weekly intervals. Available at our Howell and Bloomfield Twp offices.

When Exercises Are Not Enough: Surgery Options

If you have completed a genuine 3–6 month conservative trial including the exercise protocol above, appropriate footwear modifications, and at least one orthotic trial without achieving acceptable pain control — or if imaging shows Stage 3–4 disease with near-zero joint space — surgical options include:

• Cheilectomy (bone spur removal): Best for Stage 1–2. Removes the dorsal spur blocking extension. 85–90% good/excellent results at 5 years. Preserves joint, fastest recovery.
• Moberg osteotomy: Repositions the proximal phalanx to shift the functional arc of motion. Often combined with cheilectomy for Stage 2.
• 1st MTP fusion (arthrodesis): Gold standard for Stage 3–4. Eliminates pain by eliminating motion. Recovery 10–14 weeks non-weight-bearing. High patient satisfaction.
• Total joint replacement (Cartiva implant): Motion-preserving alternative for Stage 2–3. 5-year data shows comparable outcomes to fusion for properly selected patients.